Jerry Bransford did pass the time by typing:
> Whether or not you think anything is BS is unimportant Bill since you think
> most things you don't understand are BS. Cyrogenically treated parts do
> indeed change their metalurgy and do pick up tensile strength and hardness
> in the process.
>L.W. ("ßill") ------ III wrote:
>> "Cryogenics we utilize a proprietary 60 hour freezing process"
>> "although we try to ship on the same day."
>> I think this is bullsh*t, any molecular changes would be set at
>> molten heat while being cast or forged.

I dunno. Tend to agree with Bill on this. From my classes in material
science a metal (liquid) only changes its properties based on how long
it's kept at how high (not low) a temperature and how quickly you quench it.

When I first saw that site it rang my -------- detector loud enough to wake
the dead in five states.

Somewhere out there there is a study on cryogenics vs non and they show
no difference in wear at all. If I find that link I'll post it.

--
DougW

 

Jerry Bransford did pass the time by typing:
> Whether or not you think anything is BS is unimportant Bill since you think
> most things you don't understand are BS. Cyrogenically treated parts do
> indeed change their metalurgy and do pick up tensile strength and hardness
> in the process.
>L.W. ("ßill") ------ III wrote:
>> "Cryogenics we utilize a proprietary 60 hour freezing process"
>> "although we try to ship on the same day."
>> I think this is bullsh*t, any molecular changes would be set at
>> molten heat while being cast or forged.

I dunno. Tend to agree with Bill on this. From my classes in material
science a metal (liquid) only changes its properties based on how long
it's kept at how high (not low) a temperature and how quickly you quench it.

When I first saw that site it rang my -------- detector loud enough to wake
the dead in five states.

Somewhere out there there is a study on cryogenics vs non and they show
no difference in wear at all. If I find that link I'll post it.

--
DougW

 

All that fancy tempering and annealing stuff must not work either because
the metal is never returned to the molten state. ;-) Think of it as a
thermal stress relief and additional annealing cycle. Cryogenic treatment
does work and in many applications provides a marked improvement in material
durability. I would not pay twice as much for a rotor since I do not believe
it will last twice as long as an untreated one, but this outfit:
http://www.metal-wear.com/racing_brakes.htm
seems to have a pretty good handle on the process and their prices are not
outrageous.
--
Jeff

"L.W. (ßill) ------ III" <----------@***.net> wrote in message
news:41508499.994C741E@***.net...
> "Cryogenics we utilize a proprietary 60 hour freezing process"
> "although we try to ship on the same day."
> I think this is bullsh*t, any molecular changes would be set at
> molten heat while being cast or forged.
> God Bless America, ßill O|||||||O
> mailto:-------------------- http://www.----------.com/
>

 

All that fancy tempering and annealing stuff must not work either because
the metal is never returned to the molten state. ;-) Think of it as a
thermal stress relief and additional annealing cycle. Cryogenic treatment
does work and in many applications provides a marked improvement in material
durability. I would not pay twice as much for a rotor since I do not believe
it will last twice as long as an untreated one, but this outfit:
http://www.metal-wear.com/racing_brakes.htm
seems to have a pretty good handle on the process and their prices are not
outrageous.
--
Jeff

"L.W. (ßill) ------ III" <----------@***.net> wrote in message
news:41508499.994C741E@***.net...
> "Cryogenics we utilize a proprietary 60 hour freezing process"
> "although we try to ship on the same day."
> I think this is bullsh*t, any molecular changes would be set at
> molten heat while being cast or forged.
> God Bless America, ßill O|||||||O
> mailto:-------------------- http://www.----------.com/
>

 

All that fancy tempering and annealing stuff must not work either because
the metal is never returned to the molten state. ;-) Think of it as a
thermal stress relief and additional annealing cycle. Cryogenic treatment
does work and in many applications provides a marked improvement in material
durability. I would not pay twice as much for a rotor since I do not believe
it will last twice as long as an untreated one, but this outfit:
http://www.metal-wear.com/racing_brakes.htm
seems to have a pretty good handle on the process and their prices are not
outrageous.
--
Jeff

"L.W. (ßill) ------ III" <----------@***.net> wrote in message
news:41508499.994C741E@***.net...
> "Cryogenics we utilize a proprietary 60 hour freezing process"
> "although we try to ship on the same day."
> I think this is bullsh*t, any molecular changes would be set at
> molten heat while being cast or forged.
> God Bless America, ßill O|||||||O
> mailto:-------------------- http://www.----------.com/
>

 

Molten, was a bad choice of words, as in forging no heat is added
yet the steel turns cherry red.
God Bless America, ßill O|||||||O
mailto:-------------------- http://www.----------.com/

Jeff Lowe wrote:
>
> All that fancy tempering and annealing stuff must not work either because
> the metal is never returned to the molten state. ;-) Think of it as a
> thermal stress relief and additional annealing cycle. Cryogenic treatment
> does work and in many applications provides a marked improvement in material
> durability. I would not pay twice as much for a rotor since I do not believe
> it will last twice as long as an untreated one, but this outfit:
> http://www.metal-wear.com/racing_brakes.htm
> seems to have a pretty good handle on the process and their prices are not
> outrageous.
> --
> Jeff
>
> "L.W. (ßill) ------ III" <----------@***.net> wrote in message
> news:41508499.994C741E@***.net...
> > "Cryogenics we utilize a proprietary 60 hour freezing process"
> > "although we try to ship on the same day."
> > I think this is bullsh*t, any molecular changes would be set at
> > molten heat while being cast or forged.
> > God Bless America, ßill O|||||||O
> > mailto:-------------------- http://www.----------.com/
> >

 

Molten, was a bad choice of words, as in forging no heat is added
yet the steel turns cherry red.
God Bless America, ßill O|||||||O
mailto:-------------------- http://www.----------.com/

Jeff Lowe wrote:
>
> All that fancy tempering and annealing stuff must not work either because
> the metal is never returned to the molten state. ;-) Think of it as a
> thermal stress relief and additional annealing cycle. Cryogenic treatment
> does work and in many applications provides a marked improvement in material
> durability. I would not pay twice as much for a rotor since I do not believe
> it will last twice as long as an untreated one, but this outfit:
> http://www.metal-wear.com/racing_brakes.htm
> seems to have a pretty good handle on the process and their prices are not
> outrageous.
> --
> Jeff
>
> "L.W. (ßill) ------ III" <----------@***.net> wrote in message
> news:41508499.994C741E@***.net...
> > "Cryogenics we utilize a proprietary 60 hour freezing process"
> > "although we try to ship on the same day."
> > I think this is bullsh*t, any molecular changes would be set at
> > molten heat while being cast or forged.
> > God Bless America, ßill O|||||||O
> > mailto:-------------------- http://www.----------.com/
> >

 

Molten, was a bad choice of words, as in forging no heat is added
yet the steel turns cherry red.
God Bless America, ßill O|||||||O
mailto:-------------------- http://www.----------.com/

Jeff Lowe wrote:
>
> All that fancy tempering and annealing stuff must not work either because
> the metal is never returned to the molten state. ;-) Think of it as a
> thermal stress relief and additional annealing cycle. Cryogenic treatment
> does work and in many applications provides a marked improvement in material
> durability. I would not pay twice as much for a rotor since I do not believe
> it will last twice as long as an untreated one, but this outfit:
> http://www.metal-wear.com/racing_brakes.htm
> seems to have a pretty good handle on the process and their prices are not
> outrageous.
> --
> Jeff
>
> "L.W. (ßill) ------ III" <----------@***.net> wrote in message
> news:41508499.994C741E@***.net...
> > "Cryogenics we utilize a proprietary 60 hour freezing process"
> > "although we try to ship on the same day."
> > I think this is bullsh*t, any molecular changes would be set at
> > molten heat while being cast or forged.
> > God Bless America, ßill O|||||||O
> > mailto:-------------------- http://www.----------.com/
> >

 

Hi Doug,
Interesting study at:
http://www.bso.uiuc.edu/~chillar/Cry...ntofMetals.pdf Tests
showed cryogenically treated of cast Iron load capacity got poorer by
23.1%, but increased the abrasion resistance of that specimen by 35.7%
God Bless America, ßill O|||||||O
mailto:-------------------- http://www.----------.com/

DougW wrote:
>
> Jerry Bransford did pass the time by typing:
> > Whether or not you think anything is BS is unimportant Bill since you think
> > most things you don't understand are BS. Cyrogenically treated parts do
> > indeed change their metalurgy and do pick up tensile strength and hardness
> > in the process.
> >L.W. ("ßill") ------ III wrote:
> >> "Cryogenics we utilize a proprietary 60 hour freezing process"
> >> "although we try to ship on the same day."
> >> I think this is bullsh*t, any molecular changes would be set at
> >> molten heat while being cast or forged.
>
> I dunno. Tend to agree with Bill on this. From my classes in material
> science a metal (liquid) only changes its properties based on how long
> it's kept at how high (not low) a temperature and how quickly you quench it.
>
> When I first saw that site it rang my -------- detector loud enough to wake
> the dead in five states.
>
> Somewhere out there there is a study on cryogenics vs non and they show
> no difference in wear at all. If I find that link I'll post it.
>
> --
> DougW

 

Hi Doug,
Interesting study at:
http://www.bso.uiuc.edu/~chillar/Cry...ntofMetals.pdf Tests
showed cryogenically treated of cast Iron load capacity got poorer by
23.1%, but increased the abrasion resistance of that specimen by 35.7%
God Bless America, ßill O|||||||O
mailto:-------------------- http://www.----------.com/

DougW wrote:
>
> Jerry Bransford did pass the time by typing:
> > Whether or not you think anything is BS is unimportant Bill since you think
> > most things you don't understand are BS. Cyrogenically treated parts do
> > indeed change their metalurgy and do pick up tensile strength and hardness
> > in the process.
> >L.W. ("ßill") ------ III wrote:
> >> "Cryogenics we utilize a proprietary 60 hour freezing process"
> >> "although we try to ship on the same day."
> >> I think this is bullsh*t, any molecular changes would be set at
> >> molten heat while being cast or forged.
>
> I dunno. Tend to agree with Bill on this. From my classes in material
> science a metal (liquid) only changes its properties based on how long
> it's kept at how high (not low) a temperature and how quickly you quench it.
>
> When I first saw that site it rang my -------- detector loud enough to wake
> the dead in five states.
>
> Somewhere out there there is a study on cryogenics vs non and they show
> no difference in wear at all. If I find that link I'll post it.
>
> --
> DougW